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Unlocking Potential: Exploring the Capabilities of T1L Ethernet in Building Operations

September 26, 2024 | Demond Williams, Senior Application/System Sales Engineer, Honeywell
4 min read
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Overview
Reliable and efficient building networks are crucial for operating essential systems such as heating, cooling, lighting, and secure access control. These networks facilitate communication between devices, allowing for streamlined operations and enhanced security. Each year, companies and organizations worldwide increasingly rely on networking technology to transmit ever-greater volumes of data. This surge in data transmission has led to a rising demand for cloud storage, processing speed, and low-latency applications.

Many building operators are now feeling the effects of data overload, labor shortages, and tightening budgets. As a result, the need for an upgraded, efficient network is more pressing than ever.


The challenge of upgrading networks

Upgrading your building’s network can seem like a daunting task. Traditional network upgrades often involve ripping out existing wiring, which can be disruptive, expensive, and time-consuming. Moreover, the logistics of coordinating such an upgrade can lead to downtime that negatively impacts operations and tenant satisfaction.


Fortunately, a potentially rich transmission source may already be installed in your building. This existing infrastructure can support strategic building operations, such as optimizing occupant comfort, managing energy consumption, and making progress toward sustainability goals.


The need for enhanced data transmission

Given the demand for more data and faster networks in various systems, including operational technologies, many building owners and users are eager to upgrade their network performance and security. Transitioning to a standards-based Internet Protocol (IP) network can save walls, wires, costs, and valuable hours without the need to overhaul existing wiring.


What’s the secret?

T1L Ethernet: A promising networking technology that enables rapid, dependable data transfer over long distances.


T1L Ethernet is a two-wire networking standard that allows you to adopt an IP network without the usual barriers of cabling infrastructure and complex installations. This technology is designed to transmit both data and power over a single twisted-pair cable.


It offers a flexible, non-proprietary solution that leverages your building’s existing network cables, boosting them with Ethernet speeds. Additionally, T1L Ethernet provides a quicker path for upgrading building technologies and offers more options for system optimization compared to a complete rip-and-replace installation of a Cat 5 Ethernet network.


How does T1L Ethernet work?

  • Twisted-Pair Cable: This is the most common type of cable used in building networks. It consists of two insulated wires twisted together, facilitating effective data transmission.
  • Data Transmission: T1L Ethernet utilizes advanced technologies to transmit data efficiently over the twisted-pair cable, ensuring reliable communication.
  • Power Delivery: This innovative technology can also deliver power to devices over the same cable. This eliminates the need for separate power supplies for your network devices, simplifying installation and reducing costs.

Benefits of adopting T1L Ethernet

By choosing T1L Ethernet, you can skip costly new infrastructure while still enjoying the advantages of high-speed system integration. This technology allows you to manage operations more effectively, increase automation, and bring your building into the future—all without major disruptions, high costs, or the need for additional staff.

  • IT Compliance: T1L Ethernet helps you meet IT compliance standards by providing a reliable and secure network infrastructure.
  • Low Risk to Adopt: Fast installation times and cost-effectiveness make T1L Ethernet a low-risk choice. Additionally, this technology is able to adapt to your future needs and is capable of supporting your network's growing demands.
  • Fast Installation: By leveraging existing wiring, your network upgrade can be completed rapidly, resulting in less disruption for occupants and a quicker return on investment.
  • Cost-Effective Installation: T1L Ethernet eliminates the need for new cabling, significantly reducing the overall cost of your network upgrade.
  • Higher Bandwidth: T1L Ethernet can provide higher bandwidth than traditional Ethernet technologies, which is crucial for supporting demanding applications like video conferencing and data-intensive workloads (1).
  • Freeing Up Staff: Increased IP speeds allow for more automation, reducing the need for manual interventions and enabling staff to focus on more critical tasks.

What types of buildings can benefit from T1L Ethernet?

  • Office buildings
  • Schools
  • Hospitals
  • Retail stores
  • Manufacturing facilities

Embracing the future of networking with T1L Ethernet

T1L Ethernet is not just a technology upgrade; it’s a strategic investment in your building’s future. By leveraging your existing infrastructure, T1L Ethernet offers numerous benefits, including faster installations, improved efficiency, and greater flexibility.


Don’t settle for outdated networking technology. Embrace the innovation of T1L Ethernet and experience the transformative impact it can have on your building’s operations. Upgrade today to secure your building’s future and optimize its performance for years to come.


Learn more about how Honeywell embraces T1L Ethernet in its building automation technology.


Ready to dive deeper into T1L? Check out Honeywell’s T1L Tech Guide.



(1) IEEE Standards Association. “IEEE Standard for Ethernet – Amendment 5: Physical Layer Specifications and Management Parameters for 10 Mb/s Operation and Associated Power Delivery over a Single Balanced Pair of Conductors,” IEEE Std 802.3cg-2019, 05 February 2020. Accessed on 06 June 2023: https://standards.ieee.org/ standard/802_3cg-2019.html

Demond Williams, Senior Application/System Sales Engineer, Honeywell
Demond Williams is a passionate tech enthusiast with extensive experience in various automation sectors, including Fire, HVAC, and Security. He embarked on his career in 2002 as a Control System Specialist II and has since honed his skills across multiple facets of the Building Automation Industry, taking on roles as a contractor, building controls supervisor, and in distribution. Currently serving as a Senior Application/ System Sales Engineer at Honeywell, Demond plays a pivotal role in training contractors and raising awareness about the effective use of controls and the latest technological advancements within the Building Automation sector.

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